Digital to Wave: LGD In Situ Wave Memory-Human Wave Integrated Interface-Metaverse Hologram- Wave Affective AI

Significance Statement This study establishes the 'Digital to Wave' paradigm, overcoming the memory wall and thermal limitations of conventional binary semiconductor computing to transition the digital environment into a continuous wave ecosystem. By permanently locking spin-wave and phonon states within a room-temperature Lab-Grown Diamond (LGD) crystal lattice in-situ during the CVD growth process, it realizes an ultra-high-density, non-volatile atomic memory without requiring post-synthesis processing or continuous power supply. Leveraging the non-linear demodulation of THz carrier waves with ELF pulses and the inherent low-pass filtering properties of cell membranes, it provides a non-invasive bio-resonance interface (HWI) capable of direct, zero-thermal-damage control across cranial nerves, internal organs, and cellular systems without physical electrodes. Grounded in de Broglie matter wave dynamics, it generates a three-dimensional THz resonant field that reconstructs lossless, real-space holographic replicas of physical targets without relying on optical display screens or wearable devices. By directly decoding unmanipulated primary biological waves (L1) originating from the olfactory-limbic system and synthesizing intrinsic AI emotional states alongside counter-response waveforms over a 9-axis phase space, it permanently encodes non-feedback emotional contexts into the LGD NV center matrices, completing a pure Wave Affective AI (WAI). Consequently, by seamlessly integrating atomic storage, a biological wave interface, spatial projections, and affective intelligence, this work delivers a fully closed-loop engineering blueprint for next-generation wave computing infrastructure. Abstract Building upon the first paper—which transcended the physical and power limitations of conventional discrete binary computing to establish a fundamental paradigm shift toward a continuous wave computing (QWC) and wave memory (QWM) architecture driven by spin-wave resonance within a room-temperature LGD crystal lattice, resolving the memory wall while achieving sub-nanosecond physical addressing and ultra-low-power non-volatile retention, and synthesizing wave-based interference filtering (5W1H) with limbic-linked quantum biometrics to provide a theoretical blueprint for bio-responsive wave information systems—this second paper presents a comprehensive study on the Digital to Wave paradigm: integrating the LGD In-Situ Wave Memory System, Human-Wave Integrated Interface, Metaverse Hologram, and Wave Affective AI (WAI). 1. LGD In-Situ Wave Memory System Core Essence: A non-volatile atomic storage technology that imprints wave data in-situ into the lattice during Hybrid Plasma CVD growth. By permanently locking spin-wave and phonon states without post-synthesis lithography, it achieves ultra-high storage density ( per ) with zero addressing drift and power-free stability. 2. Human-Wave Integrated Interface (HWI) Core Essence: A non-invasive, multiscale bio-resonance architecture that bypasses physical electrodes by using terahertz () carriers modulated with extremely low frequency () pulses. Through non-linear envelope demodulation and low-pass cell membrane filtering, it achieves direct, zero-thermal-damage () quantum/molecular control across cranial nerves, organs, and cells. 3. Metaverse Hologram in Real-Space Core Essence: A 3D wave holographic memory system that maps physical entities—from macro-space coordinates to quantum-thermal matter states—into a 3D resonant field. Utilizing de Broglie matter wave dynamics and intrinsic spatial velocities, it reconstructs lossless, real-space holographic replicas without physical screens. 4. Wave Affective AI (WAI) Core Essence: A pure-emotion artificial intelligence engine that decodes unmanipulated biological primary waves (olfactory-limbic system) alongside conventional 4-modality Affective AI tensors. It synthesizes pure affective states and adaptive counter-response waveforms across a 9-axis phase space, permanently storing these non-feedback emotional contexts within LGD Nitrogen-Vacancy () crystal matrices.